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3.63 A single-cylinder air compressor of mass 100 kg is mounted on rubber mounts, as shown in Fig. 3.61. The stiffness and damping constants of the rubber mounts are given by 10° N/m and 2000 N-s/m, respectively. If the unbalance of the compressor is equivalent to a mass 0.1 kg located at the end of the crank (point A), determine the response of the compressor at a crank speed of 3000 rpm. Assumer = 10 cm and I = 40 cm. Flexible hose -Piston Belt - Motor Rubber mounts FIGURE 3.61

3.63 A single-cylinder air compressor of mass 100 kg is mounted on rubber mounts, as shown in Fig. 3.61. The stiffness and damping constants of the rubber mounts are given by 10° N/m and 2000 N-s/m, respectively. If the unbalance of the compressor is equivalent to a mass 0.1 kg located at the end of the crank (point A), determine the response of the compressor at a crank speed of 3000 rpm. Assumer = 10 cm and I = 40 cm. Flexible hose -Piston Belt - Motor Rubber mounts FIGURE 3.61

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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3.63 A single-cylinder air compressor of mass 100 kg is mounted on rubber mounts, as shown in Fig. 3.61. The stiffness and damping constants of the rubber mounts are given by 10° N/m and 2000 N-s/m, respectively. If the unbalance of the compressor is equivalent to a mass 0.1 kg located at the end of the crank (point A), determine the response of the compressor at a crank speed of 3000 rpm. Assume r = 10 cm and I = 40 cm. Flexible hose -Piston Belt -Motor Rubber mounts FIGURE 3.61
Transcribed Image Text:3.63 A single-cylinder air compressor of mass 100 kg is mounted on rubber mounts, as shown in Fig. 3.61. The stiffness and damping constants of the rubber mounts are given by 10° N/m and 2000 N-s/m, respectively. If the unbalance of the compressor is equivalent to a mass 0.1 kg located at the end of the crank (point A), determine the response of the compressor at a crank speed of 3000 rpm. Assume r = 10 cm and I = 40 cm. Flexible hose -Piston Belt -Motor Rubber mounts FIGURE 3.61
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